English
Русский
German
French
Spanish
Portuguese
Italian
Japanese
Polish
Turkish
Home
Products
RFQ
About Us
Contact Us
Recycling
Inquiry
English
en
Русский German French Spanish Portuguese Italian Japanese Polish Turkish
Inquiry (0)
Home
Industry News
Home > Industry News

Sources say AMD has transferred some orders for 4nm CPU chips from TSMC to Samsung

Views : 36
Update time : 2023-05-03 11:24:44
        It appears that due to capacity problems, the release of laptops equipped with AMD Phoenix series Ryzen 7040 APUs was delayed from March to April, and then delayed until May before they were gradually launched.
 
 
        According to the whistleblower @OreXda, AMD has signed an agreement with Samsung Electronics to transfer some 4nm processor business from TSMC to Samsung. It is worth mentioning that there is also news that Samsung has begun mass production of the third generation 4nm process to improve yield and energy efficiency. Customers may include Google Tensor G3 and Qualcomm Snapdragon 8 Gen 3.
        It is said that TSMC's 4nm production capacity is running at full capacity, and customers such as Apple and Qualcomm also purchase 4nm mobile SoCs on this node, which makes AMD's production capacity allocation and bargaining power in the face of TSMC very limited. The company's Ryzen 7040 series "Phoenix" series mobile processors use the 4nm process and are currently using Samsung's 4nm node design (AMD has five options).
        In general, switching to Samsung may bring more scalability to AMD, especially considering that "Phoenix" has been delayed many times, and AMD currently only has the 5nm+ 6nm Ryzen 7045 series "Dragon Range" in the high-end market, while in the mainstream and ultra-portable market only the 6nm 7035 series "Rembrandt-R" is left, but nothing is "suitable" to compete with "Raptor Lake-U" and "Raptor Lake-P".
        However, since Intel's 13th generation Core processor is still based on Intel 7 nodes, there is currently no shipping pressure, so foreign media believe AMD may adopt a dual-source strategy like the rumored Qualcomm Snapdragon 8 Gen 4.

 
Previous :
Next :
Related News
Read More >>
Texas Instruments LM140K-15: LDO Voltage Regulators Texas Instruments LM140K-15: LDO Voltage Regulators
Apr .07.2025
The Texas Instruments LM140K - 15 is a three - terminal positive voltage regulator. It can stably output 15V with an output voltage tolerance of ±4% at (Tj​=25∘C) under a 1A load. It has multiple protection mechanisms like thermal overload, short - circui
LSM115JE3/TR13 Microchip - Schottky Diodes LSM115JE3/TR13 Microchip - Schottky Diodes
Apr .02.2025
The Microchip LSM115JE3/TR13 is a 1 Amp Schottky rectifier in the DO - 214BA package. It has a 15V working and repetitive peak reverse voltage. With features like a guard ring for reverse protection, low power loss, and high efficiency, it can handle a 50
LT1767EMS8-1.8#PBF Analog Devices Inc. | Power Management (PMIC) LT1767EMS8-1.8#PBF Analog Devices Inc. | Power Management (PMIC)
Mar .31.2025
The Analog Devices Inc LT1767EMS8 - 1.8#PBF is a monolithic buck switching regulator. Operating at 1.25MHz, it has a 1.5A switch in an 8 - pin MSOP package. With a 3V - 25V input range, it offers a fixed 1.8V output with 2% tolerance. Its high - efficienc
DS1746-70+ Analog Devices / Maxim Integrated-Real Time Clocks ICS DS1746-70+ Analog Devices / Maxim Integrated-Real Time Clocks ICS
Mar .28.2025
The DS1746-70+ is a highly advanced and fully functional real-time clock/calendar and nonvolatile static RAM. With its year-2000-compliant design, this product ensures accurate timekeeping and data storage without any risk of Y2K-related issues. The byte-
Email